ICP Calibration Certificate for ZT-2018 User manual

ZT‐2018

UserManual

Warranty

All products manufactured by ICP DAS are under warranty regarding

defective materials for a period of one year, beginning from the date of

delivery to the original purchaser.

Warning

ICP DAS assumes no liability for any damage resulting from the use of this

product. ICP DAS reserves the right to change this manual at any time

without notice. The information furnished by ICP DAS is believed to be

accurate and reliable. However, no responsibility is assumed by ICP DAS for

its use, nor for any infringements of patents or other rights of third parties

resulting from its use.

Copyright

Trademarks

Names are used for identification purposes only and may be registered

trademarks of their respective companies.

TechnicalSupport

If you have any problems, please feel free to contact us via email at

[email protected].



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TableofContents

1Introduction ................................................. 6

1.1IntroductiontoZigBee ................................... 6

1.2IntroductiontotheZT‐2000I/OSeries ................... 7

2HardwareInformation .......................................... 8

2.1Specifications ........................................... 8

2.2PinAssignments ......................................... 10

2.3WireConnections ........................................ 10

3SettinguptheZT‐2000I/ODevice ............................ 11

3.1IntroductiontotheConfigurationParameters ............ 11

3.2IntroductiontotheRotaryandDIPSwitches ............. 12

3.3StartingtheZT‐2000I/ODevice

......................... 15

3.4CommunicationsTesting .................................. 15

3.5Examples ................................................ 16

4AnalogInputTypeandDataFormat ............................ 18

5Calibration .................................................. 21

6TheDCON/ModbusRTUCommandSets ............................. 22

6.1CommunicatingwiththeZT‐2000I/ODevice ............... 22

6.2TheDCONProtocolCommandSet ........................... 22

6.2.1 Checksum......................................... 23

6.3OverviewoftheDCONCommandSet ........................ 24

6.3.1 #AA.............................................. 28

6.3.2 #AAN............................................. 29

6.3.3 $AA0

............................................. 31

6.3.4 $AA1............................................. 33

6.3.5 $AA2............................................. 35

6.3.6 $AA3............................................. 36

6.3.7 $AA5............................................. 37

6.3.8 $AA5VV........................................... 38

6.3.9 $AA6............................................. 39

6.3.10 $AA7CiRrr........................................ 40

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6.3.11 $AA8Ci........................................... 42

6.3.12 $AA9............................................. 44

6.3.13 $AA9SNNNN........................................ 45

6.3.14 $AA9Ci........................................... 47

6.3.15 $AA9SNNNNCi...................................... 49

6.3.16 $AAA............................................. 51

6.3.17 $AAAi............................................ 52

6.3.18 $AAF............................................. 54

6.3.19 $AAM............................................. 55

6.3.20 $AAS1............................................ 56

6.3.21 ~**.............................................. 57

6.3.22 ~AA0............................................. 58

6.3.23 ~AA1............................................. 60

6.3.24 ~AA2............................................. 61

6.3.25 ~AA3ETT.......................................... 63

6.3.26 ~AAC............................................. 65

6.3.27 ~AACN............................................ 66

6.3.28 ~AAEV............................................ 67

6.3.29 ~AAO(Name)....................................... 69

6.3.30 @AACH............................................ 70

6.3.31 @AACHi........................................... 71

6.3.32 @AACHCi.......................................... 73

6.3.33 @AACL............................................ 75

6.3.34 @AACLi........................................... 77

6.3.35 @AACLCi.......................................... 79

6.3.36

 @AADHCi

.......................................... 81

6.3.37 @AADI............................................ 83

6.3.38 @AADLCi.......................................... 84

6.3.39 @AAHI(Data)CiT................................... 86

6.3.40 @AALO(Data)CiT................................... 88

6.3.41 @AAOD............................................ 90

6.3.42 @AARH............................................ 91

6.3.43 @AARHi........................................... 92

6.3.44 @AARHCi.......................................... 93

6.3.45 @AARL............................................ 95

6.3.46 @AARLi........................................... 96

6.3.47 @AARLCi.......................................... 97

6.4ModbusRTUProtocolCommandset ......................... 99

6.4.1 ModbusAddressMapping.......................... 100

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6.4.2 PLCAddressMapping............................. 103

6.4.3 01(0x01)ReadingtheCoils..................... 104

6.4.4 02(0x02)ReadingtheDiscreteInputs .......... 105

6.4.5 03(0x03)ReadingMultipleRegisters............ 106

6.4.6 04(0x04)ReadingMultipleInputRegisters ..... 107

6.4.7 05(0x05)WritingaSingleCoil................. 108

6.4.8 06(0x06)WritingMultipleRegisters............ 109

6.4.9 15(0x0F)WritingMultipleCoils................ 110

6.4.10 70(0x46)Reading/WritingtheModuleSettings

.. 111

7Appendix .................................................... 125

7.1SoftwareConfigurationMode ............................ 125

7.2DualWatchdogOperation ................................ 126

7.3ResetStatus ........................................... 127

8Troubleshooting ............................................. 128

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What’sintheShippingPackage?

The shipping package contains the following items:



MoreInformation

 Documentation:

All documentation related to the ZT Series of devices can be found on the

companion CD at:

CD: \Napdos\ZigBee\ZT_Series\Document

Or can be downloaded from:

http://ftp.icpdas.com/pub/cd/usbcd/napdos/zigbee/zt_series/document

ANT‐124‐05

ZT‐2018

QuickStart DN‐1824 CD

If any of these items are missing or damaged, please contact your local distributor for more

information. Save the shipping materials and cartons in case you need to ship the module in the

future.

 Software:

Utility software for the ZT Series of devices can be found on the companion CD at:

CD: \Napdos\ZigBee\ZT_Series\Utility

Or can be downloaded from:

http://ftp.icpdas.com/pub/cd/usbcd/napdos/zigbee/zt_series/utility

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1 Introduction

1.1 IntroductiontoZigBee

ZigBee is a specification for a suite of high-level communication protocols using

small, low-power digital radios based on the IEEE 802.15.4 standard for personal area

networks. ZigBee devices are often used in mesh network form to transmit data over

longer distances, passing data through intermediate devices to reach more distant ones.

This allows ZigBee networks to be formed ad-hoc, with no centralized control or

high-power transmitter/receiver required in order to reach all of the devices. Any

ZigBee device can be tasked with running the network.

ZigBee is targeted at applications that require a low data rate, long battery life, and

secure networking. ZigBee has a defined transmission rate of 250 kbit/s, best suited for

periodic or intermittent transmission of data, or for a single signal transmission from a

sensor or input device. Applications include wireless light switches, electrical meters

with in-home-displays, traffic management systems, and other consumer and industrial

equipment that requires short-range wireless transfer of data at relatively low rates.

The technology defined by the ZigBee specification is intended to be simpler and less

expensive than other WPANs.

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1.2 IntroductiontotheZT‐2000I/OSeries

The ZT-2000 I/O series of devices are small wireless ZigBee I/O modules based

on the IEEE802.15.4 standard that allow data acquisition and control via personal area

ZigBee networks. See Section 3.1 for more detailed information.

The ZT-2000 I/O series is a wireless data acquisition-based client/server system.

Accordingly, a Net Server for the ZigBee (ZT-2570/ZT-2550) is essential in such

systems. For more information regarding any configuration issues related to the ZigBee

Coordinator, please refer to the “ZT-25XX ZigBee Converter Quick Start” document,

which can be found at:

http://ftp.icpdas.com/pub/cd/usbcd/napdos/zigbee/zt_series/document/

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2 HardwareInformation

2.1 Specifications

ZT‐2018

Analog Input

Input Channels 8 Differential

Input Type

+/-15 mV, +/-50 mV, +/-100 mV, +/-500 mV, +/-1V,

+/-2.5V, +/-20 mA, 0 ~ 20 mA, 4 ~ 20 mA (Current Input

Requires Optional External 125 Ω Resistor). Thermocouple

(J, K, T, E. R. S, B, N, C, L, M, LDIN43710)

Resolution 16-bit

Sampling Rate 16-bit, 10 Samples/Sec. (Total)

Accuracy +/-0.1% FSR

-3dB Bandwidth 15.7 Hz

Zero Drift

+/-10 μV/°C

Span Drift +/-25 ppm/°C

Common Mode Rejection 86 dB

Normal Mode Rejection 100 dB

Input Impedance >400 kΩ

Open Thermocouple Detection Yes

Overvoltage Protection 240 Vrms

Intra-module Isolation,

Field-to-Logic

3000 VDC

ESD Protection +/-4 kV Contact for each Channel

LED Indicators

ZigBee PWR ZigBee Device Power

ZigBee Net ZigBee Communication Indicator

Power

Power Consumption 0.88 W (Max.)

Environment

Operating Temperature -25 to 75°C

Storage Temperature -30 to 80°C

Humidity 10 to 90%, Non-condensing

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Wireless

RF Channels 16

RF Transmit Power 11 dBm

Antenna (2.4 GHz) 5 dBi Omnidirectional

Transmission Range (LOS) 700 m (Typical)

Max. Slaves Supported 255

EMI Certification CE/FCC, FCC ID

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2.2 PinAssignments



2.3 WireConnections



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3 SettinguptheZT‐2000I/ODevice

3.1 IntroductiontotheConfiguration

Parameters

A. The “ZB PID” parameter is the group identity for a ZigBee network, and must

be the same for all devices in the same ZigBee network.

B. The “Node ID” parameter is the individual identity of the specific ZigBee

module, and must be unique for each device connected to the same ZigBee

network.

C. The “ZB Channel” parameter indicates the radio frequency channel, and must

be set to the same value as other modules on the same ZigBee network.

ZB Channel 0x00 0x01 …… 0x0F

Frequency (MHz) 2405 2410 …… 2480

※ ZB channels 0x04, 0x09, 0x0E or 0x0F are recommended because they do not overlap with

the Wi-Fi frequency band.

D. Protocol/Application Mode:

When implementing custom programs based on different protocols, the following

application mode(s) are recommended in order to ensure optimal performance.

User Program Protocol ZT-2000 ZT-2550 ZT-2570

DCON DCON Transparent Transparent

Modbus RTU Modbus RTU

Transparent

Modbus Gateway

Transparent

Modbus Gateway

Modbus TCP Modbus RTU ------ Modbus Gateway

00  010203 04 05060708090A0B0C0D0E0F

802.11b/g

ZBChannel1

802.11b/g

ZBChannel6

802.11b/g

ZBChannel11

802.11b/gZBChannel(NorthAmerica)

802.15.4ZBChannel

2400

MHz

2485

MHz

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3.2 IntroductiontotheRotaryandDIPSwitches

The configuration of the ZT-2018 can be adjusted using a combination of the external

rotary switch and the DIP switches. The ZT-2000 device should only be rebooted once

the configuration is complete.



 RotarySwitch



Case 1: Address MSB = 0

0 1 2 3 4 5 6 7

Address *Note 1 01 02 03 04 05 06 07

Node ID *Note 1 0x0001 0x0002 0x003 0x0004 0x0005 0x0006 0x0007

8 9 A B C D E F

Address 08 09 0A 0B 0C 0D 0E 0F

Node ID 0x008 0x0009 0x000A 0x000B 0x000C 0x000D 0x000E 0x000F



Case 2: Address MSB = 1

0 1 2 3 4 5 6 7

Address 10 11 12 13 14 15 16 17

Node ID 0x0010 0x0011 0x0012 0x013 0x0014 0x0015 0x0016 0x0017

8 9 A B C D E F

Address 18 19 1A 0B 0C 1D 1E 1F

Node ID 0x018 0x0019 0x001A 0x001B 0x001C 0x001D 0x001E 0x001F

*Note1:The“Address”and“NodeID”valuesaredefinedviathe$AANNTTCCFFcommand.

Insoftwareconfigurationmode,theDIPswitchesfor“Address”,“DataFormat”

and“TypeCode”areignoredandcanalsobesetviathe%AANNTTCCFFand$AACiRrr

commands.

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

 DIPSwitches



Number Item Status Description

OFF Valid Address (Node ID) from 0x01 to 0x0F

1 Address MSB

ON Valid Address (Node ID) from 0x10, 0x01 to 0x1F

OFF DCON Protocol

2 Protocol

ON Modbus RTU Protocol

OFF Disabled (DCON Protocol)

3 Checksum

ON Enabled (DCON Protocol)

OFF ZigBee Pan ID = 0x0000

4 ZB PID

ON ZigBee Pan ID = 0x0001

OFF ------

5

ON 0x08

OFF ------

6

ON 0x04

OFF ------

7

ON 0x02

OFF ------

8

ZB Channel

ON 0x01

OFF Engineering Units Format

9 Data Format

ON Hexadecimal Format

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

 TypeCode

DIP switches 10-12 are used to define the input Type Code for the ZT-2018, as

shown below.

Switch

Position

Type Code

Switch

Position

Type

Code

Switch

Position

Type Code

0x00

0x01

0x02

0x03

0x04

0x05

0x06

0x07

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3.3 StartingtheZT‐2000I/ODevice

As the ZigBee network is controlled by the ZigBee Coordinator, the ZT-2550/ZT-2570

(ZigBee Coordinator) must be configured first. Refer to the documents section below

for full details of how to configure these devices.

Once configuration of the ZigBee Coordinator has been completed, set the “ZB PID”

and “ZB Channel” values for the ZT-2000 I/O device to the same values as the

network, and then reboot the device. The module will automatically start to function on

the ZigBee network using the default protocol.

※ Documents

Helpful documentation related to the ZT-2550 and ZT-2570 can be found at:

http://ftp.icpdas.com.tw/pub/cd/usbcd/napdos/zigbee/zt_series/document/zt-255x/

http://ftp.icpdas.com.tw/pub/cd/usbcd/napdos/zigbee/zt_series/document/zt-257x/

※ Configuration Utility

A utility that can be used to configure the ZT-2000 I/O device Coordinator is available

for download from:

http://ftp.icpdas.com.tw/pub/cd/usbcd/napdos/zigbee/zt_series/utility/

3.4 CommunicationsTesting

Once the ZT-2000 I/O device has joined the ZigBee network, the signal quality can be

confirmed by monitoring the status of the ZigBee Net LED indicators. If the LED

indicator shows a steady light, communication with the ZT-2000 I/O device has been

successfully established for data acquisition and control.

ICP DAS provides the “DCON Utility” which can be used to simulate DCON/Modbus

communication. This software can also be used to verify the device settings and the

ZigBee I/O functions.

The DCON Utility can be downloaded from:

http://ftp.icpdas.com/pub/cd/8000cd/napdos/driver/dcon_utility/

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3.5 Examples

 ArchitectureDiagram

 ConfiguringtheZT‐2550/ZT‐2570



 ConfiguringtheZT‐2000I/Odevice

Number Item Status Description

1 Address MSB OFF Address/Node ID is 01 (Rotary Switch=1)

2 Protocol ON Use the Modbus RTU Protocol

3 Checksum OFF Disabled

4 ZB PID OFF ZigBee Pan ID=0x0000

5 ON 0x08

6 ON 0x04

7 ON 0x02

8

ZB Channel

OFF ------

ZigBee RF Channel = 0x0E

RS-232/RS-485

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 mulatingI/OchanneloperationviatheDCONUtility Si

1. Launch the DCON Utility and select the appropriate COM Port settings to

connect to the ZigBee Coordinator (ZT-2550/ZT-2570).

2. Click the “Search” button to start searching for ZT-2000 I/O devices

connected to the same ZigBee network.

3. If any ZT-2000 I/O devices are found, they will be displayed in the device list

windows. Double-click the name of the name of the module to start the

operatiion.

2

3

1

ICPDAS,ZT‐2018AISeriesUserManual,Version1.0.1Page18

Copyright©2013byICPDASCo.,Ltd.AllRightsReserved.

4 AnalogInput TypeandDataFormat

Type Code Input Type Data Format +F.S. -F.S.

Engineering Units +15.000 -15.000

% of FSR*2 +100.00 -100.00

00

-15 to +15

mV

2’s Comp. Hex 7FFF 8000

Engineering Units +50.000 -50.000

% of FSR*2 +100.00 -100.00

01

-50 to +50

mV

2’s Comp. Hex 7FFF 8000

Engineering Units +100.00 -100.00

% of FSR*2 +100.00 -100.00

02

-100 to +100

mV

2’s Comp. Hex 7FFF 8000

Engineering Units +500.00 -500.00

% of FSR*2 +100.00 -100.00

03

-500 to +500

mV

2’s Comp. Hex 7FFF 8000

Engineering Units +1.0000 -1.0000

% of FSR*2 +100.00 -100.00

04

-1 to +1

V

2’s Comp. Hex 7FFF 8000

Engineering Units +2.5000 -2.5000

% of FSR*2 +100.00 -100.00

05

-2.5 to +2.5

V

2’s Comp. Hex 7FFF 8000

Engineering Units +20.000 -20.000

% of FSR*2 +100.00 -100.00

06

-20 to +20

mA

2’s Comp. Hex 7FFF 8000

Engineering Units +20.000 +04.000

% of FSR*2 +100.00 +000.00

07

4 to +20

mA

2’s Comp. Hex FFFF 0000

Engineering Units +760.00 -210.00

% of FSR

*2

+100.00 -027.63

0E

Type J

Thermocouple

-210 ~ +760°C

2’s Comp. Hex FFFF DCA2

Engineering Units +1372.0 -0270.0

% of FSR

*2

+100.00 -019.68

0F

Type K

Thermocouple

-270 ~ +1372°C

2’s Comp. Hex 7FFF E6D0

Engineering Units +400.00 -270.00

% of FSR

*2

+100.00 -067.50

10

Type T

Thermocouple

-270 ~ +400°C

2’s Comp. Hex 7FFF DCA2

Engineering Units +1000.0 -0270.0

% of FSR

*2

+100.00 -027.00

11

Type E

Thermocouple

-270 ~ +1000°C

2’s Comp. Hex 7FFF DD71

ICPDAS,ZT‐2018AISeriesUserManual,Version1.0.1Page19

Engineering Units +1768.0 -0000.0

% of FSR

*2

+100.00 -000.00

12

Type R

Thermocouple

0 ~ +1768°C

2’s Comp. Hex 7FFF 0000

Engineering Units +1768.0 -0000.0

% of FSR

*2

+100.00 -000.00

13

Type S

Thermocouple

0 ~ +1768°C

2’s Comp. Hex 7FFF 0000

Engineering Units +1820.0 -0000.0

% of FSR

*2

+100.00 -000.00

14

Type B

Thermocouple

0 ~ +1820°C

2’s Comp. Hex 7FFF 0000

Engineering Units +1300.0 -0270.0

% of FSR

*2

+100.00 -020.77

15

Type N

Thermocouple

-270 ~ +1300°C

2’s Comp. Hex 7FFF E56B

Engineering Units +2320.0 -0000.0

% of FSR

*2

+100.00 -000.00

16

Type C

Thermocouple

0 ~ +2320°C

2’s Comp. Hex 7FFF 0000

Engineering Units +800.00 -200.00

% of FSR

*2

+100.00 -025.00

17

Type L

Thermocouple

-200 ~ +800°C

2’s Comp. Hex 7FFF E000

Engineering Units +100.00 -200.00

% of FSR

*2

+050.00 -100.00

18

Type M

Thermocouple

-200 ~ +100°C

2’s Comp. Hex 4000 8000

Engineering Units +900.00 -200.00

% of FSR

*2

+100.00 -022.22

19

Type LDIN43710

Thermocouple

-200 ~ +800°C

2’s Comp. Hex 7FFF E38E

Engineering Units +20.000 +00.000

% of FSR*2 +100.00 +000.00

1A

0 to +20

mA

2’s Comp. Hex FFFF 0000

*1: FSR (Full Scale Range)

ICPDAS,ZT‐2018AISeriesUserManual,Version1.0.1Page20

 AnalogInputOver/UnderRangeReadings

Over Range Under Range

Engineering Units +9999.9 -9999.9

% of FSR +999.99 -999.99

2’s Complement Hex 7FFF 8000

 AnalogInputOver/UnderRangeReadingswhenusingthe

ModbusRTUprotocol

Over Range Under Range

7FFFh 8000h

 DataFormatSettings(FF)

7 6 5 4 3 2 1 0

FS Reserved DF



Key Description

DF Data Format

00: Engineering Units

01: % of FSR

10: 2’s Complement Hexadecimal

FS Filter Settings

0: 60 Hz Rejection

1: 50 Hz Rejection

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